Recorded Webinar: Multi-Loop Control Design in Simulink® - Made Easy

Due to planned server maintenance, online form submission is not available. Please, try later.
We apologize for any inconvenience.

This webinar is a hands-on case study of new tools for Simulink® that facilitate a simplified workflow for designing multi-loop control systems. The case study looks at an aircraft landing system that will follow a predefined trajectory, subject to turbulent and gust-type wind disturbances. This is a true multi-loop design that would typically require many iterations. We will demonstrate how you can analyze and design all loops simultaneously. Attendees will get a detailed demonstration of the tools available to simplify the design of control systems with loop interactions.

The webinar will use an integrated user environment that incorporates classical design techniques such as root-locus, bode-design, and Nichols-based design, combined with optimization to achieve time- and frequency-based performance requirements.

This webinar is aimed at users who have used MATLAB® and/or Simulink for control design, and is the second in a series of Simulink webinars for controls engineers. Simulink users interested in the high-level capabilities available for control design in Simulink should view the on-demand webinar, “Introduction to Simulink for Control Design", available at www.mathworks.com/recordedwebinars .

 

This webinar was recorded on 29 Aug 2006

Duration: 57 Minutes